2005
DOI: 10.1097/01.mlg.0000150673.53107.20
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Surface Electromyography of Continuous Drinking in Healthy Adults

Abstract: The establishment of normal sEMG levels now makes this modality applicable for evaluating the swallowing mechanism among adults for potentially identifying and ruling out abnormalities. Its simplicity, noninvasiveness, and low level of discomfort also make it highly suitable for screening purposes.

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Cited by 30 publications
(44 citation statements)
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“…Our data suggest that an assessment which can measure the interval between bolus arrival at the hypopharynx and laryngeal ascent would be beneficial in predicting which stroke patients are likely to aspirate. In considering such measurement tools, the use of accelerometers or microphones to record the acoustic signal [21], mechanomyogram [22], or the gross motion of the structures around the laryngopharyx [23] have been investigated to varying degrees. However, these techniques have been predominantly in the domain of engineering research where their ability to accurately measure a broad spectrum of movements has been evaluated and reported.…”
Section: Discussionmentioning
confidence: 99%
“…Our data suggest that an assessment which can measure the interval between bolus arrival at the hypopharynx and laryngeal ascent would be beneficial in predicting which stroke patients are likely to aspirate. In considering such measurement tools, the use of accelerometers or microphones to record the acoustic signal [21], mechanomyogram [22], or the gross motion of the structures around the laryngopharyx [23] have been investigated to varying degrees. However, these techniques have been predominantly in the domain of engineering research where their ability to accurately measure a broad spectrum of movements has been evaluated and reported.…”
Section: Discussionmentioning
confidence: 99%
“…[23][24][25][26][27] Another technique to detect swallowing activity of the submental or suprahyoid muscles uses surface electrodes. [24][25][26][27][28] Swallowing sounds picked up by a vibration sensor also provide the timing and number of swallows. 26,27) The swallowing monitor system we used was composed of three pressure sensors placed on the larynx, a contact microphone attached to the cricoid cartilage, and a pair of surface electrodes for EMG from the suprahyoid musculature.…”
mentioning
confidence: 99%
“…Atualmente os eletrodos de superfície são amplamente usados em pesquisas, por não apresentarem desconforto aos participantes na avaliação de músculos superficiais (REGALO et al, 2009;TARTAGLIA;SFORZA, 2009 Nessas pesquisas, foram avaliados aspectos como amplitude do sinal (ENGEL-HOEK et al, 2012;VAIMAN;EVIATAR, SEGAL, 2004b;VAIMAN, 2007), duração (ENGEL-HOEK et al, 2012;GURGOR et al, 2013;MÔNACO et al, 2008;UYSAL et al, 2013;VAIMAN;SEGAL, 2004a;VAIMAN et al, 2005;VAIMAN, 2007) Outros estudos relacionaram os achados da eletromiografia de suprahioideos com outras avaliações. Taniguchi et al (2008) avaliaram os efeitos de textura dos alimentos e viscosidade na função de deglutição, especificamente na pressão da língua contra o palato e na atividade eletromiográfica dos músculos suprahióideos, bem como na videofluoroscopia durante a deglutição voluntária.…”
Section: A Língua E Seu Desempenhounclassified
“…A função de deglutição também foi investigada por análise eletromiográfica dos músculos suprahioideos em sujeitos normais (CRARY et al, 2006;ENGEL-HOEK et al, 2012;FUENTES et al, 2013;GURGOR et al, 2013;HORI et al, 2013;HUCKABEE;LOW;MCAULIFFE, 2012;INAGAKI et al, 2007;INAGAKI et al, 2008;MÔNACO et al, 2008;TANIGUCHI et al, 2008;UYSAL et al, 2013;VAIMAN;SEGAL, 2004a;VAIMAN;SEGAL, 2004b;SEGAL, 2004c;VAIMAN et al, 2005), e em sujeitos com disfagia (SATO;NAKASHIMA, 2009;TAWADROS et al, 2012;VAIMAN, 2007). Nas deformidades dentofaciais esses estudos são escassos e ainda 18 controversos, uma vez que não foram encontradas diferenças significativas no padrão do sinal eletromiográfico durante a deglutição entre a deformidade dentofacial classe III e sujeitos controle (FARIAS et al, 2013), mas em sujeitos classe III de Angle foram observadas maiores amplitudes da musculatura suprahioidea durante a deglutição, assim como maior duração do sinal eletromiográfico (NAGAE; ALVES, 2009).…”
Section: Introductionunclassified